One class of these molecules was labeled by Trofimenko as "scorpionate," and includes several polyborate compounds. One of these known as FLT3 is a hematopoietic cytokine that binds to the tyrosine kinase receptor. The Hill coefficient is derived from calculating the concentration of these molecules. These aren't acids or bases, but they can be classified as hard or soft depending on their polarizability. The names of these molecules are often prefaced by a number and the letter (*) eta - that number is the hapticity of these molecules, which is the number of carbon atoms they are bonded to. These systems may be described as polydentate when they are attached by bond
One class of these molecules was labeled by Trofimenko as "scorpionate," and includes several polyborate compounds. One of these known as FLT3 is a hematopoietic cytokine that binds to the tyrosine kinase receptor. The Hill coefficient is derived from calculating the concentration of these molecules. These aren't acids or bases, but they can be classified as hard or soft depending on their polarizability. The names of these molecules are often prefaced by a number and the letter (*) eta - that number is the hapticity of these molecules, which is the number of carbon atoms they are bonded to. These systems may be described as polydentate when they are attached by bonds from two or more donor atoms, and they are the basis of a namesake field theory developed from crystal field theory. FTP, name these entities which consist of a molecule bonded to a central metal atom in a coordination complex.
One class of these molecules was labeled by Trofimenko as "scorpionate," and includes several polyborate compounds.
{ligands} [prompt on "{chelating agent}"]